Deep Human Proteome Sequencing Enables Global Detection of Mutations and Alternative Splicing
deposit · DDA · 1 version · 3 papers
Deep Human Proteome Sequencing Enables Global Detection of Mutations and Alternative Splicing
| Kind | deposit |
| Acquisition | DDA |
Deep Human Proteome Sequencing Enables Global Detection of Mutations and Alternative Splicing
Versions
as deposited
Where it lives:
- PRIDE · PXD024364
Trained on by (2)
- False discovery rate control for trustworthy AI-based de novo peptide sequencing (2026) preprint as deposited
- Transforming de novo peptide sequencing by explainable AI (2024) preprint as deposited
Evaluated on by (2)
- False discovery rate control for trustworthy AI-based de novo peptide sequencing (2026) preprint as deposited
- Transforming de novo peptide sequencing by explainable AI (2024) preprint as deposited
Used by (1)
Papers that ran on it where the catalog has not recorded whether for training or for evaluation.
- Learning from tandem mass spectra at scale with a self-supervised foundation model for proteomics (2026) preprint as deposited
Methods on these papers (3)
- FDR control for AI-based de novo sequencing post-processor
- InstaNovo-FM algorithm
- π-xNovo algorithm
Taken from the describing links only, so a paper that merely ran a tool on this data does not make that tool a method of it.